2020 Ford Tourneo Connect 1.5L Diesel · LS20 GVN

This vehicle demonstrates a consistent and exemplary record of roadworthiness, characterized by a complete absence of defects or advisories across its entire testing history. The most recent inspection on 14 October 2025 confirms a stable mechanical condition, maintaining a trend of clean passes that suggests the vehicle has remained in a state of high operational readiness without the recurring issues often seen in multi-purpose vehicles of this age. An accumulation of 70,139 miles over approximately six years represents a typical usage profile for a Tourneo Connect, averaging roughly 11,690 miles annually. This steady rate of use indicates the vehicle has been regularly exercised, which generally prevents the degradation associated with long-term stagnation while placing a standard level of wear on the drivetrain, suspension bushings, and braking system. There are no erratic jumps in mileage or significant gaps in the testing intervals that would suggest irregular deployment. Given the absence of flagged defects in the MOT history, a physical inspection should focus on the natural wear of consumables consistent with 70,000 miles. During a test drive, pay close attention to the steering rack and suspension linkages for any subtle knocks or play, and ensure the gear transitions are smooth and precise. While the DVSA records show no binding calipers or brake disc wear, a firm pedal feel and the absence of any steering pull under braking should be verified to confirm the current state of the braking system. A visual check of the underbody is recommended to ensure that no surface corrosion has developed since the last inspection, particularly around the chassis rails and suspension mounting points. Listen for any unusual vibrations or drones from the drivetrain at motorway speeds, which would indicate wear in the wheel bearings or transmission components. Because the vehicle has passed every test without a single advisory, the primary objective is to confirm that the current mechanical condition aligns with the pristine documentation provided by the DVSA.